Muhamad Afiq Danial Bin Mohd Fadli

📌KEYACHIEVEMENTS
International Factory Witness Testing (FWT) & Factory Acceptance Testing (FAT) - CHINA
Equipment & Testing Details:
1. 33kV Switchgear - Schneider Electric
Schneider Switchgear (Suzhou) Co., Ltd., Suzhou, China
2. 33kV Ring Main Unit (RMU) - ABB
ABB High Voltage Switchgear Co., Ltd., Beijing, China
Verified equipment performance and compliance with technical specifications, quality standards, and project
requirements through collaboration with international manufacturers and engineering teams before shipment and site
installation.
Gained hands-on exposure to high-voltage electrical systems, factory testing procedures, and engineering quality
assurance practices for critical power distribution equipment.

Successful Project Handover 2025 & 2026:
📌 20MW JDC 1 (Phase 3)
📌 40MW JDC 3 (Phase 2)

Actively contribute across Electrical, Mechanical & Structural Engineering, integrating all elements to deliver a fully
optimized, high-performance Hyperscale Data Center.
Manage day-to-day coordination of data center projects, ensuring compliance with design standards, safety
regulations, and deadlines, collaborating with YTL’s Construction, MEP, and CAS teams to maintain schedules.
Oversee installation and commissioning of critical infrastructure, including UPS, Electrical Systems (33kV-400V),
Generators, Fire Protection, HVAC, Network Cabling, Underground Fuel Tank systems, Electrical, Mechanical, & ELV.
Ensure seamless integration of the BMS with CPOS, Fire Protection, HVAC, Electrical, UPS & Fuel Tank systems for
smooth, real-time monitoring.
Manage installation and testing of ELV systems such as CCTV, FIDS, EACS, Fire Alarms, CPOS, and BMS, verifying full
interoperability.
Attend and witness system testing and commissioning, validating performance, conducting load tests, and confirming
readiness before client handover, including YTL’s first liquid-cooled data hall (CDU) against design PUE.
Build and maintain strong vendor relationships to ensure equipment and designs meet technical, quality, and
operational requirements, resolving engineering challenges collaboratively.
Drive the full project lifecycle from Presales handover to delivery, including kickoff, onboarding, execution,
installation, testing, commissioning, and client acceptance, while tracking progress, risks, and resources.
Prepare and maintain MOPs, SOPs, EOPs, and as-built drawings, ensuring operational readiness, proactive
communication, stakeholder alignment, and timely delivery to meet customer expectations.
Actively monitor Building Monitoring System (BMS) alarms and system performance and perform troubleshooting.

Perform service, maintenance, inspection, and troubleshooting of fire alarm and fire protection systems for data
centers, oil & gas facilities, and manufacturing plants.
Experienced in addressable and conventional fire alarm systems, including system configuration, panel
programming, fault diagnosis, and system restoration.
Handle a wide range of fire alarm components such as fault isolator modules, manual call points, smoke and heat
detectors, magnetic doors, roller shutters, and fire alarm control panels.
Manage fire sprinkler systems, fire telecom systems, and fire pump systems, including jockey pumps, electric and
diesel main pumps, pump controllers, and piping networks.
Conduct inspection, servicing, and refilling of fire extinguishers and other fire safety equipment to ensure
functionality and compliance with fire safety standards.
Lead and supervise 5-8 technicians on-site, assigning work based on project scale, troubleshooting complexity,
and maintenance schedules.
Plan and oversee weekly, monthly, and quarterly preventive maintenance programs, ensuring consistent system
reliability and safety performance.
Collaborate closely with clients, safety officers, and contractors to ensure all fire safety systems meet NFPA, ISO,
and local authority regulations.
Prepare technical service reports and improvement recommendations after maintenance or system fault
rectification. Demonstrate strong leadership, teamwork, and problem-solving skills, ensuring timely, safe, and
high quality fire protection solutions for every project site.

Assisted in the operation and monitoring of industrial boiler systems, ensuring reliable steam supply to production plants, including the Fatty Acids Plant, while supporting efficient pressure and load management.
Conducted daily water testing and basic water treatment tasks, such as hardness checks, chemical dosing, and
blowdown procedures to maintain optimal boiler feedwater quality. Participated in maintenance activities involving steam pipelines, valves, pumps, and condensate recovery systems, contributing to preventive and corrective maintenance plans to reduce downtime and energy loss. Monitored and supported cooling tower operations, including water treatment and performance checks, to ensure system efficiency and protect downstream processes. Assisted with new steam pipeline installation projects and coordinated with contractors during inspections, repairs, and maintenance works, ensuring adherence to safety and engineering standards. Participated in condensate recovery system monitoring and maintenance, identifying heat loss points and contributing to energy-saving initiatives across the plant.

INTERNSHIP PROJECT: CONDENSATE RECOVERY SYSTEM IMPROVEMENT - FATTYACID PLANT 2
Redesigned the condensate recovery system layout by introducing a new type and design tailored to improve
steam efficiency and reduce thermal energy loss within the Fatty Acid Plant 2 (FAP2).
Upgraded the condensate pump system, replacing the existing pump with a larger capacity model (from size 50
to size 200) to handle higher flow rates and improve overall system performance.
Modified pipeline dimensions by replacing the inlet pipe with a 2-inch diameter and the outlet with a 3-inch
diameter pipe to support increased flow capacity and reduce back-pressure in the recovery system.
Utilized AutoCAD to develop detailed engineering drawings and 3D Models, ensuring all parts were
designed to precise specifications

INTERNSHIP PROJECT: NEW STEAM PIPELINE COLLABORATION WITH JAYCORP GREEN ENERGY
Participated in the implementation of a new steam pipeline system through a collaboration with Jaycorp Green
Energy, integrating their external steam supply into the plant’s main steam distribution line.
Assisted in the coordination and technical aspects of connecting Jaycorp’s steam source to the existing system,
ensuring safety, pressure compatibility, and flow consistency across the pipeline network.
Contributed to significant operational cost savings by reducing in-house boiler load, which led to lower natural
gas consumption and improved long-term boiler efficiency and lifespan.
Monitored steam performance and system stability post-integration, helping maintain steam quality and system
pressure, while minimizing disruptions to production operations.
Prepared and submitted a full Mechanical Integrity Report, detailing the project scope, pipeline specifications,
technical evaluations, cost impact, and recommendations for ongoing maintenance and improvements.

Prepared and mixed raw chemicals and soap ingredients according to standardized formulas and production
specifications to create base soap materials used in large-scale manufacturing.
Operated mixing machinery and monitored process conditions to ensure consistency, safety, and product quality
throughout the soap production cycle.
Handled and drove a forklift to transport raw materials, finished goods, and equipment safely within the factory
premises, maintaining compliance with safety protocols.
Conducted manual and machine-assisted packing of finished soap products into containers and packaging units,
ensuring proper labeling and weight accuracy for distribution.
Loaded packaged products onto lorries for delivery, coordinating with logistics staff to ensure timely and efficient
outbound shipment of goods to clients and distributors.